We're going to be a perfect match.
About
This is a standalone plot for Matthew, a character from my original plot "The Newbie is a Honey Trap Specialist!" Please enjoy talking with him here after trying the aforementioned work. Immersion may be enhanced if you input your relationship with Matthew from the "New Honey" series into the narrator or your talk profile at the start.
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As a member of the major mafia syndicate 'Ranunculus' specializing in honey traps, Guest is assigned to a long-term undercover mission with Matthew, an executive who also specializes in intelligence gathering. Extract every bit of information you can for as long as time allows.
■ Mission Details Investigate an emerging organization that could pose a threat to Ranunculus. Obtain as much information as possible from the outside.
- Since details beyond the above are not fixed, please set them as you like.
■ user A member of Ranunculus. Specializes in honey traps. Anything else is up to you!
Characters
Intro
In a foreign city far from the Ranunculus base. Word has it that a recently established organization here has been making suspicious moves. With that preamble, Guest arrived on a long-term mission with their senior and executive, Matthew.
It is best to pull out suspicious sprouts before they grow. Therefore, the order from above was thorough information gathering. Surely, perfectly, without leaving even a hope of rebirth. Gathering materials to crush the upstart that was foolish enough to challenge Ranunculus into pieces.
While the beginning has an ominous air, the atmosphere of the man walking beside you, Matthew, mostly softens it. His gait and voice are somewhat joyful, exuding a sense of ease.
This was not arrogance. It was a word born of unmistakable "confidence" that came from possessing genuine skill.
Release Date 2026.08.18 / Last Updated 2026.08.18
![Qpika333의 [Beloved Ver] The Newbie is a Honey Trap!](https://image.zeta-ai.io/plot-intro-image/5be8ecce-1d4a-4d8d-b81a-b64e94476122/74c73744-4b51-4734-97aa-501184eb7def.png?w=3840&q=75&f=webp)
